摘要
近年来,中国社会经济水平迅速发展,人们对生活品质的要求也越来越高。尤其是在工业生产中需要大量的自然资源。所以中国政府开始十分注重自然资源的保护,同时也意识到资源勘探技术的重要性。全国的高校以及相关的研究机构都开始加大对资源勘探先进技术的研究。现代勘探技术的工作内中涉及到的很多种类的技术。尤其是地质岩心勘探技术是被行业极其重视的一项技术。随着技术研究的深入,逐渐发现可以将地质岩心勘探技术与资源勘探结合起来。这样可以为社会去服务。将这种新的技术引用到生产实践当可以给企业带来巨大的社会效益。因为这种技术可以很大的提高自然资源勘探的精度,保证勘探结果十分可信。接下里本文研究和阐述了将地质岩心勘探技术应用于自然勘探实际工作当中产生的实际价值,以期能够为相关的从业人员提供一些实质的帮助,然后促进资源勘探这个行业的发展。
In recent years,with the rapid development of China's social and economic level,people have higher and higher requirements for the quality of life.Especially in industrial production,it needs a lot of natural resources.Therefore,the Chinese government began to pay great attention to the protection of natural resources,but also aware of the importance of resource exploration technology.National Universities and related research institutions have begun to increase the research on advanced technology of resource exploration.There are many kinds of technologies involved in the work of modern exploration technology.In particular,the geological core exploration technology is a technology that the industry attaches great importance to.With the deepening of technology research,it is gradually found that geological core exploration technology can be combined with resource exploration.This can serve the society.This new technology can bring great social benefits to enterprises when it is applied to production practice.Because this technology can greatly improve the accuracy of natural resource exploration,ensure that the exploration results are very reliable.Next,this paper studies and expounds the practical value of applying geological core exploration technology to the actual work of natural exploration,in order to provide some substantive help for the relevant practitioners,and then promote the development of resource exploration industry.
作者
熊青山
XIONG Qing-shan(Geological team of Anhui Geological and Mineral Exploration Bureau,Tongling 244100,China)
出处
《世界有色金属》
2021年第10期167-168,共2页
World Nonferrous Metals
关键词
资源勘探
钻探技术
地质岩心钻探
精确度
resource exploration
Drilling technology
Geological core drilling
accuracy